Metal Cutting

Material removal through cutting, turning, milling, drilling, grinding, tapping and more using machinery such as laser cutting systems, plasma cutting systems, oxyfuel cutting systems, milling machines, drill presses, lathes, horizontal machining centers, vertical machining centers, turning centers, multitasking machines, electrical discharge machines and other equipment assisted by Computer Aided Design (CAD), Computer Aided Manufacturing (CAM), Computer Numerical Control (CNC), automation and robotics.

All Over the Mapp

The next step in the Internet of Things is here. These robots and the machine tools they tend can use a single controller for automated interaction instead of separate units operated by different kinds of software that must communicate through a fieldbus. Now the same control system can manage both the machines and the robots of an automated plant.

Machine Tool 2.0: Milling with Robots

A robot can now replace a machine tool in certain applications, bringing a high level of flexibility to use different tools in the 3D space that changes the way processes and component design are viewed.
CAD/CAM Software

Mission Accomplished

Thanks to SolidCAM iMachining, cycle times are down 50 percent, tool life is up 40 percent, and Mico Industries is creating dies, weld fixtures and check fixtures without compromise.
Drilling Machines

Making Natural Gas Clean with a “Hole” Lot of Pressure

Using a modified HMD915 magnetic drill and Industrial Series of Rotabroach Cutters from Hougen enabled Mueller Environmental to cost-effectively develop a patented new system for cleaning natural gas.
Gear Cutting Machines

Gear Production: Higher Speed, Closer Precision

Automated threaded wheel grinding on gear production machines has now been boosted by an order of magnitude with increased machining accuracy to DIN class 3.
Grinding Machines

Gear Hobbers and Control Migration

This is the story of how Bourn & Koch upgraded its older gear hobbers to advanced CNC systems to machine large bull and cluster gears, worms, shafts, splines and pinions for the defense and aerospace, oil/gas drilling, mining, heavy equipment and power generation industries.
Honing Machines

Over a Barrel

Surface finish is the one feature of a rifle barrel that cannot be controlled in hammer forging. Now, custom rifle barrel makers are learning a trick from the makers of hammer forged barrels on how to overcome surface imperfections.
Horizontal Machining Centers

Horizontal Machining vs. Vertical Machining: Rethinking Your Operation

If the manufacturer is able to move past the sticker price and examine the dollars spent making the part, or the cost per part, a multitude of qualities can factor into the machine tool’s return on investment. Here are some reasons why a less expensive piece of equipment is not always the obvious choice.
Laser Cutting

Micromachining: No More Constraints

The latest femtosecond laser technology from Raydiance can reduce cost per part by 20 percent to 50 percent and reduce product design, prototyping and development from months to as little as 24 hours.

Heavy Machining for Even Heavier Lifting

This heavy duty lathe removes an amazing 600 kg of material from a 1,400 kg solid steel billet in less than 4.5 hours, leaving a finished and fully machined cylinder body weighing only 800 kg.
Machine Controls

Standardized Machine Tool Controls Improve Production of Very Large Parts

This busy shop uses a common CNC platform to address the challenges of machining large parts and one-off runs for power generation equipment. 
Milling Machines

How to Win at Titanium Machining

Machine builder Fives Cincinnati discovers how an innovative spindle connection key can achieve new levels of metal removal on industry-leading “super-profiler” operations.
Multitasking Machines

Shoot from the Hip

This orthopedics manufacturer achieves one hit machining in an automated lights-out environment using advanced turn-mill machines that take their custom implants for coated hip replacement to a whole new efficiency.
Ram EDM Machines

A Hole New Game: Precision EDM Holemaking Goes Smaller, Deeper and Faster

While hole-popper systems are quite capable of generating very small accurate holes with good surface quality, advanced EDM drilling systems dramatically increase a shop’s capability to consistently produce tiny holes that are even more accurate and with higher quality.

Welcome to the Internet of Things

On this playing field, anything that can be connected, will be connected. Those who can adapt to connecting will thrive. Those who can’t, well . . .
Vertical Machining Centers

Getting Better All the Time

The eye-opening story of how one vertical machining center renovated a small machine shop that makes prototypes and runs small batches for electronics, aerospace, glass and industrial printing applications.
Wire EDM Machines

Soft Wired: Cutting High Taper Angles with Wire EDM

The ability to accurately and efficiently machine taper cuts using soft wire has opened up new areas of opportunity for moldmakers in aerospace, medical, electronics and other applications. Here are some ways to overcome the challenges faced when cutting high taper angles. 
Metal Cutting: Products

High Power, Lightweight Portable Magnetic Drilling

Booth S-2212: The HMD927 Power Feed Two-Speed Portable Magnetic Drill from Hougen can drill holes up to 1-5/8 in diameter with a great power-to-weight ratio that gives steel fabricators more strength and torque while still maintaining a small lightweight footprint.
Hougen showcases the power feed HMD927 portable magnetic drill and the redesigned HMD904 portable magnetic drill.

Thermal Drilling Saves Time and Money

Booth S-2222: The  thermal drilling process produces joints that are as strong or stronger as the equivalent diameter welded nut for a big savings in time, labor and material costs.
Formdrill will demonstrate the thermal drilling process that results in joints that are as strong or stronger as the equivalent diameter welded nut. 

Humanoid Robots for Machine-Machine Cooperation

The arms of AMICO feature two SCHUNK SDH2 grippers, a multi-articulated gripping system with 3 fingers and the ability to grab a wide range of objects, which makes it perfect for robotic industrial applications. Two of the SCHUNK gripper fingers can, in fact, change their orientation to adapt to a wide variety of applications. The gripper is also able to recognize each surface and release the necessary strength through a specific sensor. In addition to extreme precision, this allows the robot to immediately understand whether the gripping is optimal or should be adjusted.
The AMICO robot from Comau is the next step toward an increasingly precise and effective future of machine-machine cooperation and, progressively, man-machine cooperation.